The Zoom City Carbon Model - ZCCM is a
multi-layered, bottom-up approach for mapping and quantifying the total
CO2 emissions in a city at high spatial and temporal resolutions, down
to 100-meter grids or street level, and sectorial resolution. The model
identifies major CO2 emitters and sinks, such as traffic vehicles,
building energy consumption, human respiration, and vegetation/soils,
and estimates their emission patterns and changes over time.
This Emission Geographic Information platform is
designed to communicate the outcomes of the {ZCCM} to users,
stakeholders, the research community, and the public in general. It
enables the visualization of zoom CO2 maps and summary statistics of
emissions in an interactive way.
This Flexdashboard R leverages traffic estimates
from the ZCCM::traffic model https://github.com/ByMaxAnjos/CO2-traffic-emissions to
showcase the spatio-temporal variability of CO2 emissions at the city
level. With this tool, users can explore detailed street-level
emissions, emissions associated with Open Street Map features, and
temporal patterns such as hourly time series, daily cycles, and monthly
totals.
Author: Max Anjos, 2023.maxanjos@campus.ul.pt, Institute of Ecology Chair of
Climatology, Technical University of Berlin.
iMap
Total Emissions
Trend Emissions
Summary Stats
Row
Row 1
Total Tonnes emitted of CO2
145.36
Total tonnes emitted of carbon
3364.91
Mean speed
40.49
Mean traffic flow
347.32
Row 2
Top CO2 Amenity sites
Top CO2 Leisure sites
Top CO2 Natural sites
Top CO2 Shop sites
Row 3
iStreets
Row
Row 1
Most CO2 Emitter Streets in Sep 2021
Row 2
Find your street
Temporal Behaviour
Row
Row
Row
About
Column
Thank You for checking out my first ZoomCityCO2model
Interactive FlexDashboard in R!